The ABB DSPC 173 57310001-MT processor board is a critical component designed for industrial control systems, delivering high-performance processing power and reliability. Engineered to function within ABB’s automation solutions, this processor board provides the computational backbone needed for advanced control, data handling, and real-time processing tasks. It integrates seamlessly with ABB’s distributed control systems and drives, ensuring fast, accurate execution of control algorithms in demanding industrial environments.

With robust build quality and strict adherence to industrial standards, the DSPC 173 57310001-MT supports complex automation functions in sectors like power generation, manufacturing, and process industries. Its design prioritizes durability, efficient thermal management, and long-term operational stability, making it a trusted choice for industrial automation engineers.

Specifications

Applications 

The DSPC 173 processor board is tailored for demanding industrial automation and control tasks where processing speed and reliability are paramount. Common applications include:

• Power Plant Control Systems

• Oil and Gas Automation

• Chemical and Petrochemical Process Control

• Manufacturing Assembly Lines

• Metallurgical Process Control

• Water and Wastewater Management Systems

• Automated Material Handling and Robotics

• Building Management and Infrastructure Automation

This processor board is typically installed in control cabinets and interfaces with sensors, actuators, and higher-level control networks to coordinate complex automation workflows.

Advantages

• Robust Performance:

  Delivers reliable, high-speed data processing to support critical industrial control algorithms.

• Industrial-Grade Durability:

  Designed to operate in harsh environments, resistant to temperature extremes, humidity, and vibration.

• Seamless Integration:

  Compatible with ABB’s control system platforms, enabling smooth upgrades and expansions.

• Energy Efficient:

  Low power consumption reduces overall system energy use without sacrificing performance.

• Enhanced Thermal Management:

  Built-in cooling considerations prevent overheating and maintain consistent operation.

• Long Service Life:

  Engineered for continuous operation with minimal maintenance, supporting long-term automation projects.

• Multiple Communication Interfaces:

  Facilitates connectivity to various peripheral devices and control networks for flexible system design.

Frequently Asked Questions (FAQ)

1. What processor architecture does the DSPC 173 57310001-MT utilize?

It uses an industrial-grade CPU architecture optimized for real-time control and automation tasks.

2. How does this board handle fault tolerance or error detection?

The board incorporates onboard diagnostics and error-checking mechanisms to ensure reliable operation and quick fault isolation.

3. What communication protocols are supported?

It supports a range of protocols including proprietary ABB protocols and standard industrial protocols such as PROFIBUS and Ethernet/IP depending on configuration.

4. Can the processor board be hot-swapped?

Typically, this board is not designed for hot-swapping and should be handled following ABB’s recommended maintenance procedures.

5. What is the typical lifecycle of the DSPC 173 board in continuous industrial use?

With proper environmental conditions, it is designed for a lifecycle exceeding 10 years.

6. How is firmware updated on the DSPC 173?

Firmware updates are performed through ABB’s control system management software using secure communication interfaces.

7. Is the board compatible with legacy ABB control systems?

Yes, compatibility is ensured with certain legacy systems, although firmware and hardware versions should be verified before integration.

8. What are the cooling requirements for the DSPC 173?

The board relies on controlled airflow within the control cabinet, and ABB recommends maintaining ambient temperature within specified limits.

9. How does the processor board contribute to system scalability?

Its modular design allows easy expansion of processing capacity as system demands grow.

10. Are there any certifications that ensure the board’s industrial compliance?

Yes, the DSPC 173 complies with CE, UL, and RoHS standards, confirming it meets safety and environmental regulations.